We're looking straight at the wall. The ceiling joists run into the page and sit on top of it, so the wall carries their load down to the foundation all along its length.

Before anything is cut, the contractor puts temporary supports under the joists, sized for the load the wall was carrying.

The wall comes out and a beam goes in along the same line, under the joists. We size the beam, the posts at each end and the connections, and call for footings if the existing ones can't take the new point loads.

Each joist now bears on the beam. The beam carries that load to its ends, down the posts and into the footings. Our stamped letter and details show the contractor and the inspector exactly how.

We walk the community and list every shared component: roofs, siding, paving, decks, pools, retaining walls. Each one gets a condition rating and a remaining life.

Each component's remaining life sets the year it's expected to need replacing. Watch the timeline: each marker lights up as its year comes due.

The study turns those years into a 30-year funding plan, so dues and reserves cover the work without surprise special assessments.

We're looking along the building. Steel joists carry the roof deck to girders, shown here end-on on top of the columns, and down to the footings. They were sized for the loads on the original drawings.

A new rooftop unit, solar array or roof opening adds weight in one spot, often more than the original design allowed for there.

We follow the new load from the roof down through every member it passes through: the joists under the unit, the girders they bear on, then the columns and footings.

Each member is checked. Where one falls short, we design the reinforcement or a support frame, with stamped drawings for the permit.

We document what's there: where the damage is, and just as important, where it isn't.

Moisture readings, crack widths, elevations and photos turn what we see into numbers anyone can check.

We follow the evidence to the mechanism. Here, the wet framing lines up with a gap in the window's sill flashing.

The report keeps observations separate from opinions, and every opinion is tied to the evidence behind it.

A crack, a sloping floor or a sagging beam shows up on an inspection, and someone has to decide what it means.

A deadline is running. The people with quick answers are often the ones selling the repair. A straight, independent opinion is hard to find.

That's why MINT exists: an engineer who looks at the structure as it is, explains it plainly, and sizes the repair to the problem, or tells you when there isn't one.

Readings go up in the dry months and back down when the soil is wet again. After a year the crack is no wider than it started. That's movement to watch, not a crack that needs a foundation repair.

Readings rise with the seasons but never come back down. After a year the crack is wider than it started. That's active movement, and the report would recommend a repair plan.

Day 1: the home inspection mentions a crack, a sloping floor or a sagging beam. The clock is already running.

Day 2: send us the inspection pages, a few photos and the deadline. We confirm scope and quote the same day when we can.

We schedule the site visit inside the due-diligence period. Rush timing is available when the deadline is tight.

The report comes within 2 business days of the visit, written for buyers, sellers, lenders and contractors alike.

Your clients still have days left to get repair bids, negotiate or walk away, with an engineer's answer in hand.

Our report lists each repair as a scope item, with the details and drawings the contractor needs.

You add the contractors you want to the project portal. They see the scope, ask questions in writing and fill in a bid form, so you can compare bids line by line. We do not pick contractors or review prices.

When you choose a contractor in the portal, repair management starts. The fee was set before work began, so there are no surprises.

The contractor sends product data and any proposed changes through the portal. We return submittals within 5 business days and answer questions within 2. Anything that changes the design is issued in writing.

The contractor tells us when work is ready to be seen, before it is covered. We visit, and anything that needs fixing goes on a punch list in the portal. Contractor photos are welcome and help us follow progress, but we verify repairs on site, not from photos alone.

When the punch list is done, we re-inspect the finished repairs and issue a letter confirming they were completed per the plan. The letter goes in the portal for you, your buyer or your lender.

Ask in the project portal. Pick the scope item the question is about, and add photos or a sketch.

Every question gets an RFI number and is answered within 2 business days. Tell us if work is on hold so it goes to the front of the line.

The engineer of record answers every RFI. Staff never do.

A clarification is answered in writing. Anything that changes a recommendation, detail or member size is issued as a revised or supplemental report, sealed.

You build from a clear, written answer that everyone on the job can see.

Most days start on the road to a site in the Charlotte area. You'll know the job, the concern and the client's deadline before you leave.

Crawlspaces, attics, roofs by drone, measurements and photos. Technicians and engineers work the visit together.

Calculations, sketches and design: beams, footings, repair details. Designers turn them into drawings.

Draft, review and seal. A clear report reaches the client within 2 business days of the visit.

A monopole carries antennas or utility equipment, sized for the loads on its original design.

Adding antennas, radios or other equipment adds weight and, more importantly, more area for the wind to push on.

We model the pole for the governing wind and ice loads at that site and height, with the new and existing equipment in place.

The pole, base plate, anchor bolts and foundation are each checked. If something is over capacity, we design the fix, and the stamped analysis goes into the permit package.

A tree comes down on the roof. The question isn't just the shingles; it's what happened to the framing underneath.

Rafters and trusses can crack, walls can be pushed out of line, and connections can pull loose, even when the outside looks minor.

Every damaged member is located, measured and photographed, so the report matches what's really there.

You get a clear scope your contractor can price and your insurer can review, sealed by a Professional Engineer.